Biomechanics

Human movement science

Controlling drop foot: beyond standard AFOs

The basic goal of orthotic management is to improve toe clearance during swing and provide stability during stance, but new technologies—from energy-storing composites to functional electrical stimulation—do much more. By Jeremy … READ MORE

Gait: The cornerstone of intervention

Quantifying the effects of hypotonia starts in the clinic. Effective management of children with hypotonia requires an understanding of how the condition affects gait. Clinicians typically rely on their professional experience when … READ MORE

Ankle foot orthosis, AFO

The strength and stability of a person’s body is of paramount concern for individuals with Cerebral Palsy; the more stable a body is, the better a person can ambulate and complete tasks both big and small. Orthotic devices worn on … READ MORE

How 3D printing can take your pain away

Foot orthotics, those moulded insoles that reduce the stress of injury or genetic misalignment, are wondrous things. Acquiring them, though, can be troublesome. Patients wade through a hard-to-navigate, expensive maze of appointments, … READ MORE

Changes in multi-segment foot biomechanics

Figure 1. The semi-custom mouldable Softec Response orthotic used in the current study. Background Semi-custom foot orthoses (SCO) are thought to be a cost-effective alternative to custom-made devices. However, previous biomechanical … READ MORE
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